its all about AL

its all about AL

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Caprice - Chikaro

Caprice - Chikaro

"Caprice - Chikaro ft Ron E Jones and Bryan B"

Yo C to the P

What's up what's up?

Ey yo Ron E Jones, pull out your safety gun man..

Ron E Jones

I don't know, what she doing, but she got me in a trance,

Way she moving her body, or the way she shake that ass,

All I know, she's dancing all alone,

I wanna give her something that she's never seen before

Bryan B

And when I step up in the club you know it's on,

Yeah she knows (repeat),

I get my game on with a bottle in my hand,

She knows, she's waiting for me

Ron E Jones

And no I didn't even know the girl's name,

Yeah yeah, name.. ohhh,

That didn't stop us both from doing a damn thing,

Yeah yeah, thing..

Bryan B

Yeah we gon' hit it off tonight, hit it off tonight,

Hit it off tonight, hit it off tonight, yeah hit it off tonight,

Yeah we gon' hit it off tonight, hit it off tonight,

Hit it off tonight, yeah heat it up tonight yeah yeah yeah yeah…

Gimme that Chikaro! (repeat)

Caprice

Yea C to the P,

Uhuh uhuh.. okay okay,

I no lie, I no front,

She's that type make a player go fly,

And I mean fly, higher than the spaceship,

She's my F1 got me racing

Real real sweet like mozzarella,

Forget about a beat, she's a cappella,

Make it rain, (?) weather,

Got her wet can't find the umbrella owww..

Oh was that your girlfriend?

I didn't even know her name,

My game slick, lepak boys,

Me my crew semua sempoi poi poi boy

Apa lagi? I like girls from Mont. Kiara, Subang Jaya, Damansara,

Ampang girls are so bahaya

Bryan B

Yeah we gon' hit it off tonight, hit it off tonight,

Hit it off tonight, hit it off tonight, yeah hit it off tonight,

Yeah we gon' hit it off tonight, hit it off tonight,

Hit it off tonight, yeah heat it up tonight yeah yeah yeah yeah…

Gimme that Chikaro! (repeat)

Caprice

If you don't know what we know then you don't know bro,

And if you ballin' like we ballin' you would know bro,

I got Sofia, and I got Miya, and I got thirty other girls that wanna meet cha

Cause if you don't know what we know then you don't know bro,

Cause if you party like we do then you would know bro,

We got Alissa, and we got Lisa, and we got thirty other girls that wanna meet chaaaa

Gimme that Chikaro! (repeat)

Arithmetic Logic Unit ALU

Arithmetic Logic Unit ALU

The Arithmetic Logic Unit carries out as the name suggests Arithmetic and Logical operations on the data made available to it. Basic Arithmetic functions which an ALU can carry out are an addition and subtraction. More powerful CPU's can support additional mathematical operations like multiplication and division. THe logical operation which can it can carry out greater than, equal to, less than comparision between two numbers. Besides these operations some processors also supports operations which check if particular bits are on or off.

CPU System Clock

CPU System Clock

In computers, sequence is everything. The system clock synchronizes the tasks in a computer, like loading data before manipulating it, etc. The system clock is a circuit that emits a continuous stream of precise high and low pulses that are all exactly the same length. One clock cycle is the time that passes from the start of one high pulse, until the start of the next. If several events are supposed to happen in one clock cycle, the cycle is subdivided by inserting a circuit with a known delay in it, thus providing more highs and more lows.

Function of CPU

Function of CPU

The central processing unit(CPU) is the brain of any computer. It carries out all the processing in the computer. Central Processing Unit itself consists of three main subsystems. The first one is Control Unit, the second is Registers, and the third is Arithmetic and Logic Unit(ALU).

A CPU works in a fetch execute cycle. On power on, the CPU fetches the first instruction from a location specified by the program counter. This instruction is brought into instruction register which is decoded by the control unit. Based on the instruction, the control unit would either fetch the operand and or carry out arithmetic or logical operations on it, or store the result of such an operation into a specified memory location. After one instruction is executed the next instruction is fetched by the processor and executed. This process goes on till the processor does not come to an halt instruction. A real life processor would have large number of registers, sophisticated microprogram control unit and a sophisticated arithmetic and logic unit. Most powerful processors currently popular are from from Intel, Pentium III and Pentium IV.

CPU Meaning

CPU Meaning

Pronounced as separate letters, CPU is the abbreviation for central processing unit. Sometimes referred to simply as the central processor, but more commonly called processor, the CPU is the brains of the computer where most calculations take place. In terms of computing power, the CPU is the most important element of a computer system.

On large machines, the CPU requires one or more printed circuit boards. On personal computers and small workstations, the CPU is housed in a single chip called a microprocessor. Since the 1970's the microprocessor class of CPUs has almost completely overtaken all other CPU implementations.

The CPU itself is an internal component of the computer. Modern CPUs are small and square and contain multiple metallic connectors or pins on the underside. The CPU is inserted directly into a CPU socket, pin side down, on the motherboard.

Each motherboard will support only a specific type (or range) of CPU, so you must check the motherboard manufacturer's specifications before attempting to replace or upgrade a CPU in your computer. Modern CPUs also have an attached heat sink and small fan that go directly on top of the CPU to help dissipate heat.

Two typical components of a CPU are the following:

The arithmetic logic unit (ALU), which performs arithmetic and logical operations.

The control unit (CU), which extracts instructions from memory and decodes and executes them, calling on the ALU when necessary.

Control Unit

Control Unit

The Control Unit can be thought of as the brain of the CPU itself. It controls based on the instructions it decodes, how other parts of the CPU and in turn, rest of the computer systems should work in order that the instruction gets executed in a correct manner. There are two types of control units, the first type is called hardwired control unit. Hardwired control units are constructed using digital circuits and once formed cannont be changed. The other type of control unit is microprogrammed control unit. A microprogrammed control unit itself decodes and execute instructions by means of executing microprograms.

CPU Examples

CPU Examples

Intel 8088 

Intel 8086 

Intel 286 

Intel 386 

Intel 486 

Intel Pentium 

Intel Pentium II 

Intel Pentium III 

Intel Pentium IV 

Intel Itanium 

Motorola 6800 

Zilog Z80

CPU Components

CPU Components

Computer CPU's, central processing units, have discreet components:

• Core
• Arithmetic Logic Unit - ALU
• External Bus
• Registers
• Flags
• Cache

1.Core (alt. V-Core)

The central core of the processor is designed for general purpose functions and typically runs faster than the rest of the chip where cache memory or other chip functions are located. A core consists of a series of logic gates producing specific outputs for a given set of inputs.

2.Arithmatic Logic Unit (Math Co-Processor)

The main processor is designed for general purpose instruction processing. The math co-processor or ALU is a specialized co-processor which takes over the workload of intensive floating point math calculations, thereby freeing the main processor for performing other tasks. The math co-processor is specially designed to process floating point math faster than the main processor could.

3.External Bus

This is the interface to the main data bus on the system board.

4.Registers

This is the storage space for instructions and temporary computational data produced by executed instructions. Instructions are written to and read from these registers as well as pointers to locations in memory indicating where the next batch of instructions are located. The size of a register is measured in bits in multiples of 8. The size of the registers determines the size of the instructions that can be processed.

5.Flags

Flags are located on the chip as are the registers and indicate the current state of various functions and operations. Setting or clearing a flag indicates a state change or signals an event.

6.Cache

This is super-fast memory that has been integrated into the processor to increase performance. As of 2003, processors have up to three levels of cache integrated into them. Level 1 is the fastest and closest to the core, level 2 is slightly slower and is farther away, level 3 cache is slower than level 1 and level 2 and is the farthest from the processor core. The cache memory is of a type that is faster than RAM and is placed much closer to the processing core in order to speed up processing by reducing the time required to fetch the next instruction. By placing an ammount of super-fast memory optimized for the chip as closely as possible to the core, the system runs faster as it does not have to wait as long while fetching instructions from memory. The cache fetches the instructions in blocks from RAM and passes them to the processor. Both AMD and Intel chips now include predictive pre-fetch processing algorithms designed to predict which blocks of instructions will be used next.